Energy, Battery & Thermal Systems Engineering
Energy and thermal systems require reliable component design, effective heat transfer and structural performance under demanding operating conditions. Battery enclosures, energy storage equipment and thermal systems must meet specific requirements for temperature control, mechanical strength, packaging and service life.
Caliber Technologies supports engineering teams with product design, CAD engineering, CAE simulation and thermal-structural assessment for energy equipment and battery-related systems.
Battery Enclosure & Structural Engineering
Battery enclosures must support internal components while maintaining structural integrity under mechanical loads, vibration and temperature changes. Enclosure design also needs to accommodate mounting points, access requirements and component interfaces.
Engineering assessment focuses on stiffness, deformation, material selection and structural performance to help meet defined design and operating requirements.
Thermal Management & Heat Transfer
Uneven temperature distribution and inadequate heat dissipation can affect equipment performance, component life and operating reliability. Thermal design must account for heat generation, operating loads, ambient conditions and available cooling capacity.
Thermal analysis helps evaluate temperature distribution and heat-transfer behaviour, while identifying areas where the system design may require improvement.
Heat Exchanger & Cooling System Engineering
Heat exchangers and cooling circuits must transfer heat effectively within defined space, pressure-drop and operating constraints. Flow maldistribution, restricted passages and inadequate heat-transfer performance can limit overall system effectiveness.
Engineering analysis focuses on fluid-flow behaviour, pressure drop, heat-transfer performance and temperature distribution to support cooling-system design decisions.
Energy Equipment Structural Analysis
Energy equipment such as storage enclosures, support frames and thermal-system housings must withstand equipment weight, mounting loads, vibration and environmental operating conditions. Weak mounting interfaces or excessive deformation can affect reliability and component alignment.
Structural analysis helps evaluate stress, stiffness and deformation under defined load cases, supporting design refinement before manufacturing or physical testing.
Thermal-Structural Interaction
Temperature changes can cause components to expand, contract and develop additional mechanical stresses. These effects may influence clearances, joints, mounting interfaces and the structural performance of equipment exposed to repeated heating and cooling.
Thermal-structural assessment considers temperature distribution, material properties, thermal expansion and mechanical constraints to evaluate potential deformation and stress-related issues.
CFD & Fluid Flow Analysis
Air and liquid flow patterns influence cooling performance across battery systems, heat exchangers, ducts and thermal equipment. Uneven flow distribution, recirculation and excessive pressure losses can reduce system performance.
Computational fluid dynamics (CFD) helps evaluate flow distribution, velocity, pressure and heat transfer under defined operating conditions, supporting decisions on passages, ducts and cooling layouts.
How We Provide Services
Project Scope Based Services
Time Based Projects
On-site Resource Assignment
Strategic Consulting Services
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Tackle your toughest technical challenges in automotive engineering and reach your product development goals by leveraging the expertise of our trusted engineers.